DF4-14P-2R28

DF4-14P-2R28 application field and working principle

The DF4-14P-2R28 is a rectangular connector that conforms to the JEITA RC-3122 standard. Typically, the DF4-14P-2R28 is a board-in, direct wire to board connector, which means it features an easy insertion and secure connection to the board. This type of connector offers great reliability and durability, while also being relatively small in size.

This type of connector has become widely used in numerous electronic applications, from consumer electronic products such as computers, game consoles, digital cameras, and other audio/video equipment, to industrial ones such as machines, robots, or electronic equipment controllers.

Working Principle

The DF4-14P-2R28 has a two-row configuration and is designed so that its two-piece housing can stand up to the harsh environment of any product. The top or bottom of the connector has two rows of 14 pins, each pin contact has a plated tongue. When inserting a contact into the housing, the two tongues of the contact are pressed together, forming a tunnel. The insulation material installed in the housing prevents the contact from rotating during wire insertion or disconnection. Push-in latch operation ensures secure connection and provides cable strain relief.

For simple and speedy cable insertion, the DF4-14P-2R28 can be equipped with coding mechanisms that prevent mismatching of wiring. It also has polarization mechanisms, and latching functions. The stability of the connection can be improved by combining appropriate wires, housings, and contact materials so that the connection can meet the requirements of various applications.

Conclusion

The DF4-14P-2R28 from JAE Electronics is a reliable, durable, and compact board-in, direct wire to board connector, making it ideal for numerous electronic products. It\'s easy to install and provides secure connections. Additionally, additional features such as coding, polarization, and latching mechanisms further enhance its connection stability and protection from harsh environmental conditions.